pixelline_1044_user
Contents
1. A i User Manual a N WW DIM aw 2 General set up 1 Mount the fixture in the required position using the supplied combi yoke or optional floor plate set p n SSFLP Important e When suspended off ground always use safety wires rated to a minimum of 55kg 121lbs at both ends of the fixture through the safety wire holes e Do not position the fixture close to fog machines The fog oil mist will be drawn in by the cooling fans and will short out important components The warranty will be void for all fixtures returned in such a condition 2 Connect the power in and DMX in leads at the left end of the fixture 3 Where multiple fixtures are to be daisy chained connect power out and DMX leads at the right end of the fixture Important e When daisy chaining fixtures do not exceed a total load of 3kW in a single daisy chain subject to supply and cabling re strictions Each Pixelline 1044 fixture has a maximum power requirement of 150 watts 4 When all fixtures are connected apply power 5 Use the control panel to access the internal menu and choose the appropriate operation mode and related settings see over Fuse holder Safety wire holes Cooling fan DMX in XLR 5pin male connector REAR VIEW LEFT END 16 amp power in connector Safety wire holes Cooling fan XLR 5pin female connector REAR VIEW RIGHT END 16 amp power out connector When suspended off ground a2. Add INFo PRob MAN PERS ModE Control menu contents VER mq a a A EEU BHEO m m Go Dm 10 eal 4 ar a L z ee oA ES Ea n Ex z E En E im ES SS S Gi z Em wy mM ae Ed Em ED SK mM iS 5 ry Co CJ fa B Ba Ly Es ne mq EE m mM Cy Gy a a TU CQ Cy sy Ca iy C3 C3 CG Wo mJ m E Bhg E A Ww m a 0j C rT Ha mM EA EN a CL Cy Ga Ga Cy Cy Cy Cy C3 mo uw A m s un An un Ww ro TJ m ea Ekg m Em wA A pe C mal eal e jo Sets the base DMX address from which the control channels will begin Shows the main processor software revision No changes are possible within this option Shows the display controller software revision No changes are possible within this option Selects the primary internal chase effect See Chase effects for descriptions Select Mad gt EF M to show the selected chase Selects the cross fade speed between the steps of the selected E 1 chase effect Selects the speed of the selected 1 chase effect Selects the master intensity level of chase effects E t and Ce Selects the secondary internal chase effect See Chase effects for descriptions Select ModE gt EF M to show the selected chase Selects the cross fade speed between the steps of the selected Ee chase effect Selects the speed of the selected Ce chase effect Sets the red intensity for al
3. strobe blue 104 111 43 Pulse strobe rainbow 112 119 44 Pulse strobe red green blue 120 127 5 Primary secondary chase 128 135 16 Rainbow chase 136 143 17 Yellow blue chase 144 151 1B Rainbow chase 2 cell split 152 159 9 Yellow blue alternate cell chase 160 167 29 Red blue alternate cell chase 168 175 g1 Red green chase 176 183 22 Rainbow chase 6 cell split 184 191 23 Rainbow chase 3 cell split 192 199 4 Red green blue chase 3 cell split 200 207 25 Static orange 208 215 26 Static yellow 216 223 27 Static light blue 224 231 28 Static purple 232 239 29 Static red 240 247 39 Static green 248 255 341 Static blue dit mode only when PEFS gt MIN T is set to of Using the control menu e When not in the menu the four digit display shows the current DMX address e g HUG 1 e Press E to enter the menu The four digit display will show AddP e Use 3 and 3 to move between menu options or to change a value within an option e Press EJ to enter an option or to fix a changed value within an option and return to the previous option level Note If you do not press KJ to fix a value operation will revert to the previously set mode at the next power on e Press E to exit from a menu option and eventually exit the menu completely DMX channel and cell layouts This section shows the different ways when using dit mode that the 18 cells can be mapped to varying numbers of DMX channels using the PEPS g
4. to 6 Ce Effect Speed amp Xfade Ch7 Master intensity Ch8 10 RGB Bea the chase effect s determined within the PFP aG section External DMX control is not possible in this mode DMX Ch1 to 54 RGB for indiv cells Ch55 RGB mast intensity Ch56 to 58 C 1 Ef fect Speed amp Xfade Ch59 to 61 Ce Effect Speed amp Xfade Ch62 Effects intensity DMX Ch1 to 54 RGB for individual cells Ch55 to 57 C 1 Effect Speed amp Xfade Ch58 to 60 Ce Effect Speed amp Xfade Ch61 Master intensity DMX Ch1 to 3 RGB Ch4 to 6 L 1 Effect Speed amp Xfade Ch7 to 9 Ce Effect Speed amp Xfade Ch10 Master intensity Troubleshooting Fixture remains at blackout when illumination expected e The indicator should be lit if not check the input power and fuse see below e If live DMX is connected the indicator should be lit if not check the DMX cable and the desk out put e Check that the selected ModE matches the desk per sonality being used e The master intensity channel for the current mode may be set at zero For E xB 1 and cM modes check the setting of PERS gt MINT For Ex 6 f mode MINT must be set al e Ensure that only one DMX device in the chain is set as master e Standalone chase effects Effects programmed using PRoG gt L tand Ce but the fixture is not in ModE gt EF M mode Check also that PRob gt LEVL is not set at zero e Standalone RGB mixing Colour values set within MAN sec
5. ame time Requires 62 DMX channels PixelLine 1044 personalities are available for a variety of controllers Please see www pixelrange co uk for details General notes e Ensure that only one DMX device in the chain is set as master e g the lighting desk The fixture is usually set to slave mode e f the fixture is used as a master DMX transmission will only occur when the DMX address is dis played e g ABB 1 RBC etc e The four digit display can be set to fade out after 60 seconds press 5 to resume To alter this mode PERS gt a ISP Chase effects This section describes each of the 31 internal chase effects that are selectable either via the control menu PRob gt C 1 02 gt EFEC or using DMX values sent from an external source To use the internal effects set the ModE option either to EF M to control effects via the menu or EF d Etb 1 MAK for MANE to control effects externally via DMX DMX EFEC value value 0 7 BG Off Chase effect description 8 15 84 Rainbow chase forward 6 cell split 16 23 gg Rainbow chase reverse 6 cell split 24 31 83 White single cell chase forward 32 39 H White single cell chase reverse 40 47 85 Double bouncing cells centre to edge 48 55 6 50 50 duty cycle strobe white 56 63 B7 50 50 duty cycle strobe red 64 71 88 50 50 duty cycle strobe blue 72 79 99 50 50 duty cycle strobe yellow 80 87 18 50 50 duty cycle strobe green 88 95 14 Pulse strobe white 96 103 2 Pulse
6. l cells Select ModE gt MANU manual to show the result Sets the green intensity for all cells Select ModE gt MANU manual to show the result Sets the blue intensity for all cells Select ModE gt MANU manual to show the result dit mode only Selects number of DMX channels required to control RGB in all cells Options range from 54 through 27 18 9 6 and 3 Cell sizes are adjusted to suit Determines whether this fixture will act as a master controlling others When controlled via DMX this fixture must be set to SLAW dit and 6 modes only When set ol this enables the master intensity channel ch55 for Eb 4 variable 2 dis This option must be set oN for EX 6 1 mode When set of this option scrolls through the primary colours at power on to demonstrate correct operation Determines the intensity of the four digit control panel display and blue status indicators Values range from O dimmest to 15 brightest When set to HaFF the control panel display will blank out 60 seconds after the menu is exited The blue status indicators will remain active RGB control for cells using variable DMX channels determined by PEPS gt FES set ting MINT set to aM provides master intensity No chase effects are selectable Displays the resulting RGB levels of all cells combined that are set via the MAN section of the internal menu External DMX control is not possible in this mode Ch1 to 3 C 1 Effect Speed amp Xfade Ch4
7. lways use safety wires rated to a minimum of 55kg 121 bs at both ends of the fixture Operation modes The PixelLine 1044 provides a range of operation modes These are selected using the ModE section of the control menu cif Allows RGB control of all cells via DMX input Using the FES resolution option you can determine the number of DMX channels required from 54 channels down to just 3 the cell sizes are adjusted accordingly Internal chase effects are not available within this mode MH 1 Provides control of RGB mixing on all 18 cells and se lection of the dual internal chase effects via DMX input Requires 61 DMX channels MHo Provides control of RGB mixing the whole fixture acts as a single cell and selection of the dual internal chase effects via DMX input Requires 10 DMX channels MANL Provides RGB colour mixing independently of any exter nal control Use the internal control menu MAN section to select the required colour values EF M Allows the display of the dual internal chase effects independently of any external control Use the internal control menu PFabG section to select the required chase effects speeds and cross fades EF Superseded by and operates in a similar manner to MA2 RGB mixing and chase effects cannot be used at the same time Requires 10 DMX channels EE f Superseded by and operates in a similar manner to MAK 1 RGB mixing and chase effects cannot be used at the s
8. sing them all to draw the peak simultaneously CE IP20 not protected against moisture ingress USITT DMX512 input connector pin out below PIN 1 PIN 5 Ground Not used PIN 2 PIN 4 Data ies Not used Data JAMES Cihomas
9. t FES option The first channel of the fixture occurs at the DMX address selected using Addf and successive channels for the fixture follow from there Cells SHEH RGB Aa TTS Ab 5 Ac 8 9 Ba i 12 Bb 1S WZ 1s Be 16 17 18 Ca 19 20 21 cb 22 23 24 Cc 252627 Da 28 29 30 Db 313233 De 34 35 36 Ea 37 38 39 Eb 40 41 42 Ec 43 44 45 Fa 46 47 48 Fb AGES Obl Fe 52 D3 ESA Mast int 55 Modes E 6 fand M 2 ICH 1 CH SCH BCH JCH RGB RGB RGB R GB R GB i oa i 23 fa 5 2 og 7 8 9 a 5 2 hon 12 7 o G his 14 15 A S A hie 1718 hon 12 fre 20 21 fems ALS 22 23 24 7 amp 9 ee jie 19 10 7 fuse a 54 channel layout Modes MAG and EF d use a 3 channel layout Mode EF oi uses channels 8 9 and 10 for RGB control Chase effects and master intensity channel layouts The table below shows how the chase effects and master intensity controls are mapped to DMX channels for each mode Mode edt Mi does not use chase effects The first channel of the fixture occurs at the DMX address selected using Addf and successive channels for the fixture follow from there Control C 1 Effect C 1 Speed C 1 Xfade Ce Effect Speed Ce Xfade RGB master intensity Effects master intensity Combined master intensity MAN 4 MAKe EF d Ex6 4 Ch55 Ch4 Chl Ch56 Ch56 Ch5 Ch2 Ch57 Ch57 Ch Ch3 Ch58 Ch58 Ch7 Ch4 Ch59 Ch59 Ch8 Ch5 Ch 60 Ch 60 Ch9 Ch Ch 1 None None None Ch55 None None None Ch62 Ch 1 Ch10 Ch7 None
10. tion but the fixture is not in ModE gt MANU mode Unexpected cell illumination occurring e When using et mode Check the setting of PERS gt RES See the section DMX channel and cell layouts on page 2 for an explanation of the various resolution modes Fuse access The single fuse is located next to the power and DMX input connectors Use a small flat blade screw driver to twist the fuse holder anticlockwise until the carrier can be extracted to reveal the fuse Fuse type 20mm 2A T2AH anti surge ceramic body Documentation by Corporate Text amp Design www ctxd com Release 1 1f Cia RANGE Specifications Dimensions 449mm 449 mm 1 72 17Y2 l Weight Fixture alone With combi yoke Power Input voltage Connectors Power requirements Standby Maximum const Start up peak Approvals Miscellaneous Enclosure rating Control input T 44 011905 363600 e F 44 011905 363601 www jamesthomas co uk e www pixelrange co uk 11kg 24 lbs 12 2kg 26 9 lbs 100 to 250V AC 50 to 60Hz autosensing 16 amp CEE Form 2Pole Earth input amp output 230V 50Hz 120V 60Hz 10 watts 10 watts 150 watts 150 watts 32 amps 16 amps The peak value occurs only at first power up and lasts only for a period measured in microseconds Adjustments may need to be made to supply circuit breakers when multiple fixtures are daisy chained cau
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